Cyclohexane epoxide soak of epoxide hydrolase from metagenomic source ch65 resulting in halogenated compound in the active site Deposition Author(s): De Rose, S.A. , Isupov, M.N. , Littlechild, J.A. , Mitchell, D.
Date: 2022-07-20 Method: X-RAY DIFFRACTION Resolution: 1.61 Å Organism(s): Metagenome Sequences Data: 8AGS_AAA , 8AGS_BBB
S-layer protein slaa from sulfolobus acidocaldarius at ph 10.0 Deposition Author(s): Daum, B. , Gambelli, L. , Isupov, M.N.
Date: 2022-08-04 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8AN2_AAA
S-layer protein slaa from sulfolobus acidocaldarius at ph 7.0 Deposition Author(s): Daum, B. , Gambelli, L. , Isupov, M.N.
Date: 2022-08-04 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8AN3_AAA
Crystal structure of fusobacterium nucleatum fusolisin protease Deposition Author(s): Fahoum, J. , Isupov, M.N. , Kumar, M. , Read, R.J. , Rouvinski, A. , Wiener, R.
Date: 2022-08-31 Method: X-RAY DIFFRACTION Resolution: 2.04 Å Organism(s): Fusobacterium Nucleatum Sequences Data: 8AXG_AAA , 8AXG_BBB , 8AXG_CCC , 8AXG_DDD
Staphylococcus aureus endonuclease iv orthorhombic crystal form Deposition Author(s): Isupov, M.N. , Kirillov, S. , Rouvinski, A. , Saper, M.A. , Wiener, R.
Date: 2022-09-01 Method: X-RAY DIFFRACTION Resolution: 1.05 Å Organism(s): Staphylococcus Aureus Sequences Data: 8AXY_A
A complex of cagx and cagy components of helicobacter pylori type iv secretion system Deposition Author(s): Isupov, M.N. , Jiang, M. , Wu, Y. , Zhang, H.
Date: 2023-01-25 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Helicobacter Pylori Sequences Data: 8CB2_AAA , 8CB2_CCC , 8CB2_BBB , 8CB2_DDD
Staphylococcus aureus endonuclease iv y33f mutant Deposition Author(s): Isupov, M.N. , Kirillov, S. , Rouvinski, A. , Saper, M.A. , Wiener, R.
Date: 2022-09-04 Method: X-RAY DIFFRACTION Resolution: 1.5 Å Organism(s): Staphylococcus Aureus Sequences Data: 8EDD_A
A chimera construct containing human sarm1 arm and sam domains and c. elegans tir domain. Deposition Author(s): Isupov, M.N. , Opatowsky, Y.
Date: 2023-05-16 Method: ELECTRON MICROSCOPY Resolution: 2.68 Å Organism(s): Homo Sapiens Sequences Data: 8P2L_A , 8P2L_B , 8P2L_C , 8P2L_D , 8P2L_E , 8P2L_F , 8P2L_G , 8P2L_H , 8P2L_J , 8P2L_I , 8P2L_K , 8P2L_L , 8P2L_M , 8P2L_N , 8P2L_O , 8P2L_P
C. elegans tir-1 protein. Deposition Author(s): Isupov, M.N. , Opatowsky, Y.
Date: 2023-05-16 Method: ELECTRON MICROSCOPY Resolution: 3.82 Å Organism(s): Caenorhabditis Elegans Sequences Data: 8P2M_A , 8P2M_B , 8P2M_C , 8P2M_D , 8P2M_E , 8P2M_F , 8P2M_G , 8P2M_H , 8P2M_I
Spraguea lophii ribosome in the closed conformation by cryo sub tomogram averaging Deposition Author(s): Conners, R. , Daum, B. , Gil Diez, P. , Isupov, M.N. , Mclaren, M. , Williams, B.
Date: 2023-05-23 Method: ELECTRON MICROSCOPY Resolution: 10.8 Å Organism(s): Spraguea Lophii 42_110 Sequences Data: 8P5D_L50 , 8P5D_LE0 , 8P5D_LEE , 8P5D_LF0 , 8P5D_LFF , 8P5D_LG0 , 8P5D_LGG , 8P5D_LH0 , 8P5D_LHH , 8P5D_LI0 , 8P5D_LII , 8P5D_L70 , 8P5D_LJ0 , 8P5D_LJJ , 8P5D_LL0 , 8P5D_LLL , 8P5D_LM0 , 8P5D_LMM , 8P5D_LN0 , 8P5D_LO0 , 8P5D_LOO , 8P5D_LP0 , 8P5D_LA0 , 8P5D_LPP , 8P5D_LQ0 , 8P5D_LR0 , 8P5D_LS0 , 8P5D_LT0 , 8P5D_LU0 , 8P5D_LV0 , 8P5D_LW0 , 8P5D_LX0 , 8P5D_LY0 , 8P5D_LAA , 8P5D_LZ0 , 8P5D_MD1 , 8P5D_S60 , 8P5D_SA0 , 8P5D_SAA , 8P5D_SB0 , 8P5D_SBB , 8P5D_SC0 , 8P5D_SCC , 8P5D_SD0 , 8P5D_LB0 , 8P5D_SDD , 8P5D_SE0 , 8P5D_SEE , 8P5D_SF0 , 8P5D_SFF , 8P5D_SG0 , 8P5D_SGG , 8P5D_SH0 , 8P5D_SI0 , 8P5D_SJ0 , 8P5D_LC0 , 8P5D_SK0 , 8P5D_SL0 , 8P5D_SM0 , 8P5D_SN0 , 8P5D_SO0 , 8P5D_SP0 , 8P5D_SQ0 , 8P5D_SR0 , 8P5D_SS0 , 8P5D_ST0 , 8P5D_LCC , 8P5D_SU0 , 8P5D_SV0 , 8P5D_SW0 , 8P5D_SX0 , 8P5D_SY0 , 8P5D_SZ0 , 8P5D_LD0 , 8P5D_LDD